Knowledge-based engineering (KBE) is a method of analyzing and automating the use and sharing of product data that combines computer-aided design (CAD) and the acquisition of process data. It frequently involves product computer models and the engineering rules required to change a product. Artificial intelligence can be used to guide automation systems in knowledge-based engineering. Computer technologies, as well as the various steps involved in successfully implementing KBE in a company, must be taken into account on a regular basis.
Knowledge-based engineering can concentrate on the components and functions of a real product. Information databases, spreadsheets, physical analyses, and engineering and production cost models can all be included. Product drawings with parts and assemblies, as well as set rules, are frequently combined to make changes that can be implemented for new versions of products or to customize a system for a client. Every step of the way, standard models, or templates, can be used as a starting point.
Knowledge-based engineering is frequently used in the manufacturing of aerospace and automotive components, as well as medical devices. Commercial building systems, such as those for cooling and ventilation, are frequently designed using KBE principles. Electronics enclosures and even toys can be designed using a knowledge database. x000D_
Knowledge-based engineering, which began in the 1980s alongside computerized manufacturing, is typically used for product technical development; it is also used in business processes related to product lifecycle management. KBE practices can be applied to business models that deal with product configuration, project management, and sales. They frequently communicate product information between project teams and other companies using defined methods. x000D_
Knowledge-based engineering can cut down on the time it takes to program computer languages or even rewrite existing code. Knowledge engineering software frequently integrates with existing CAD programs as well as Web-based networking systems. A knowledge engineer can be found for any company that wants to start using KBE. However, putting it into practice usually necessitates shopping around for prices, defining project details, checking references, and analyzing first impressions.
Consultants can assist in the documentation of product and process data as well as the development of knowledge-based engineering methods and techniques. When it comes to measuring the success of KBE, a company is usually on its own. This is done by keeping track of sales, design time, and product rework. If KBE is successful, it will be able to help improve production processes in terms of time and cost, as well as increase sales through better designs and marketing strategies.